Ions are biologically important for many functions, including forming phospholipids and membranes, in energy transfer (ATP), photosynthesis and respiration (protons), and in processes like nerve impulses, muscle contraction, and genetic fingerprinting.
Fosfaat in de structuur van fosfolipiden, structuur van membranen, nucleotiden, DNA en RNA Co-transport met ionen Hemoglobine en ijzer Passage van water door planten, symplast en worteldruk ATP en ADP Protonen in fotosynthese, inclusief gereduceerd NADP en gefosforyleerde intermediairen Protonen in ademhaling, gereduceerd NAD en FAH en gefosforyleerde intermediairen: Glycolyse en lactaat Gebruik van NPK-meststoffen Stikstofcyclus Chemoreceptoren, hartslag en paciniaanse functie Zenuwimpulsen en synapsen Calciumionen en spiercontracties, en fosfaat uit ATP Genetische vingerafdrukken, elektroforese
| Front | The importance of ions in biology |
|---|---|
| Back | Phosphate in the structure of phospholipidss,structure of membranes,nucleotides,DNA and RNA Co-transport involving ions Haemaglobin and iron Passage of water through plants,symplast and root pressure ATP and ADP Protons in photosynthesis, including reduced NADP and phosphorylated intermeditates Protons in respiration, reduced NAD and FAH and phosphorylated intermediates: Glycolysis and lactate Use of NPK fertilisers Nitrogen cycle Chemoreceptors,heart rate and pacinian function Nerve impulses and synapses Calcium ions and muscle contractions, and phosphate from ATP Genetic fingerprinting, electrophoresis |
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